No. 9 (2008): GFS
RESEARCH ARTICLES

The transition from fossil to solar energy

LUIGI SERTORIO
University of Turin, Italy. Fellowship of the Atomic Energy Commission, Ames, USA, 1964-66; member of The Institute for Advanced Study Princeton, NJ USA, 1967; visiting scientist, CERN, 1969-71; component dal INFN; visiting consultant Theory Division, Los Alamos National Laboratory, 1976-91; program director, Scientific Affairs Division, NATO, 1991-93; professor of Meccanica Statistica, Turin University, Italy; component of “Accademia Gioenia” Catania, Italy. Publications: Thermodynamics of Complex Systems, World Scientific, 1991; Storia dell'Abbondanza, Bollati Boringhieri, 2002; Vivere in Nicchia Pensare Globale, Bollati Boringhieri, 2005.

How to Cite

[1]
SERTORIO, L. 2008. The transition from fossil to solar energy. Friulian Journal of Science. 9, 9 (Jan. 2008), 55–94.

Abstract

The wealth of the industrialized Nations is inextricably correlated to great energy consumption. This fact is considered by the leaders controlling the financial fluxes as a detail within the well established economic doctrine of growth, pertinent to a kind of society that should be defended; on the other hand there is an increasing number of observers who consider such trend as a transient, more or less near to collapse. This is a profound discrepancy which will never be solved by scholarly specialized analyses. This book tries to present a synoptic and necessarily interdisciplinary overview showing the interplay of history and technology, and this implies the language of physics and biology, the texture of the progressing real life. Each subject is touched at the level of an average university education, and the main effort has been to be rigorous and simple at the same time, which of course will appear very easy to understand or difficult, depending on the specific education of the reader. But there is no other way around: either making an effort to learn also what is not familiar, or sinking in the uncertainty of opinionated choices.

References

  1. Vladimir Vernadskij (Ed) (1999). La biosfera e la noosfera. Palermo: Sellerio.
  2. Il podê globâl de fotosintesi/ Global power of the photosynthesis [2] John Harte and Robert Socolow (1971). Patient Earth. New York-London: Holt, Rinehart and Winston.
  3. Biosfere e tecnosfere/ Biosphere and technosphere [3] Paul R. Ehrlich, John P. Holdren, Richard W. Holm (Eds) (1971). Man and the ecosphere (Readings from Scientific American). San Francisco: W.H. Freeman. [4] Gordon J. MacDonald (Ed.) (1982) The long-term impacts of increasing atmospheric carbon dioxide levels. Cambridge (Mass): Ballinger.
  4. Parametris orbitâi/ Orbital parameters [5] Luigi Sertorio and Giovanna Tinetti (2002). Constraints in the coupling Star-Life. Il Nuovo Cimento, 25, 4: 457-499.
  5. Gjeodinamiche/ Geodynamics [6] Donald Lawson Turcotte (1982). Geodynamics: applications of continuum physics to geological problems. New York - Chichester: Wiley.
  6. Manuâl di chimiche molecolâr e nucleâr/ The textbook of molecular and nuclear chemistry [7] Linus Pauling (1970). General chemistry. San Francisco: W.H. Freeman.
  7. Reatôrs nucleârs/ Nuclear reactors [8] Stanford S. Penner and Larry Icerman (1976). Energy, vol. 3. Reading (Mass): Addison Wesley.
  8. Lis oparis di K. Hubbert/ The work of K. Hubbert [9] Stanford S. Penner and Larry Icerman (1974). Energy, vol. 1. Reading (Mass): Addison Wesley.
  9. La ecuazion logjistiche/ More about logistic equation [10] Luigi Sertorio (2005). Vivere in nicchia, pensare globale. Torino: Bollati Boringhieri.
  10. Il Manhattan Project/ The Manhattan Project [11] Leslie R. Groves (1962). Now it can be told. The story of the Manhattan Project. New York: Harper & Row.
  11. Svilup e decjadence des societâts/ Societies that develop and decay [12] Joseph A. Tainter (1990). The Collapse of Complex Societies. Cambridge: Cambridge University Press.
  12. Jared M. Diamond (2005). Collapse: how societies choose to fail or survive. London: Allen Lane.
  13. Bancjis e storie/ Bankers and history [13] Herman Van der Wee (Ed) (1992). La Banque en Occident. Paris: Albin Michel.
  14. Complessitât/ Complexity [14] Johann Wolfgang von Goethe (1948). Viaggio in Italia, tradotto e illustrato da Eugenio
  15. Zaniboni. Firenze: Sansoni. [15] Benedetto Croce (2006). Un paradiso abitato da diavoli. Milano: Adelphi.
  16. La complessitât de rêt des speciis/ Complexity of the web of species [16] Robert M. May (1973). Stability and complexity in model ecosystems. Princeton (N.J.):
  17. Princeton University Press. [17] Richard Leakey, Roger Lewin (1998) La sesta estinzione. La vita sulla Terra e il futuro del genere umano. Torino: Bollati Boringhieri.
  18. Flus solâr e OGM/ Solar flow and OGM [18] Jean-Pierre Berlan (Ed) (2001). La guerra al vivente: organismi geneticamente modificati e altre mistificazioni scientifiche. Torino: Bollati Boringhieri.
  19. La biosfere/ The stationary biosphere [19] Luigi Sertorio e Giovanna Tinetti (1999). Ecosistema stazionario. Giornale di Fisica, 40, 1: 25-48. [20] Luigi Sertorio and Giovanna Tinetti (1999). Entropy production for closed, open and thirdkind systems. Rivista del Nuovo Cimento, 22, 5: 1-87.[21] Luigi Sertorio (1991). Thermodynamics of complex systems. World Scientific.
  20. Storie de bombe al idrogjen/ The history of H-bomb [22] Richard Rhodes (1995). Dark Sun. The making of the hydrogen bomb. New York: Simon & Schuster.